Founded July 1, 2007 to better reflect the University's commitment to large-scale
computing, the Cornell University Center for Advanced Computing supercedes the Cornell
Theory Center which was established in 1985 under the direction of Nobel Laureate
and supercomputing visionary Kenneth Wilson. Cornell's leadership in high-performance computing was made possible by the dedicated Theory Center staff who were part of
its mission. The goal of the Cornell Center for Advanced Computing is to carry forward
this tradition of excellence in research computing.
Cornell Awards and Innovations
- 2012 Red Hat Innovation Award for best storage implementation
- IDC HPC Innovation Excellence Award sponsored by the Council on Competitiveness, DOD, DOE, NSF, and industry
- National Science Foundation’s Extreme Science and Engineering Discovery Environment (XSEDE) partner
- First dedicated parallel MATLAB computing utility on the TeraGrid
- New York State Grid (NYSGrid) founding institution
- Best Collaboration with Government & Industry Award (HPCwire)
- $25 million Gates Foundation grant to Cornell University for new Faculty of Computing & Information Science (CIS) building. Prize winning architect selected; opening scheduled for 2014.
- First Northeast member of National LamdaRail (NLR) high-speed computer network; connected to NSF's TeraGrid, a national infrastructure for computing and data analysis
Microsoft Institute for High Performance Computing grant award and Microsoft Technical Computing Initiative awards
Dell Centers for Research Excellence Award
- Largest, single corporate-sponsored research grant in Cornell's history for Microsoft High-Performance Solutions center. Technology development and briefings, training, and/or consulting provided to over 350 business and public sector organizations, here and abroad.
- First Windows-based CAVE visualization system
- Computerworld/Smithsonian Award to the Center & the Advanced Cluster Computing Consortium (AC3) for uniting industry OEMs, ISVs, and users to advance HPC
- Intel Architecture Lab Award for Reliability, Availability, and Serviceability (RAS) project
Financial Industry Solutions Center (FISC) focused on using HPC to manage financial risk
- First parallel job scheduler for Windows (commercially licensed)
- Intel Technology for Education grant to develop first cluster computing tools for Windows
Gordon Bell Prizes for Price-Performance (including industry project with
- In mid-1990’s, Cornell proposed to Dell executives an idea to catapult Dell into the server business by designing and deploying the company’s first high-performance computing cluster. Subsequently, the first HPC system ever developed by Dell was deployed at Cornell. This was the first Dell system to appear on the "Top 500" supercomputer list. Dell entering the HPC market helped to expand the OEM options for research IT and scientific computing.
- First parallel version of MATLAB (MultiMATLAB) architected with the MATLAB product
- Best simulation of the folding of the protein HDEA from the bacterium E. coli (CASP competition) using NIH-funded Parallel Processing Resource for Biomedical Applications
- Participation in the largest distributed Web server in the world built to deliver real-time results for 37 sports at the 1996 Atlanta Winter Olympics using custom “home pages”
First & fastest IBM Scalable POWERparallel System SP2 supercomputer deployment (serial number 1)
- First IBM Scalable POWERparallel System SP1 supercomputer deployment; IBM's main beta test site
- Major New York State grant which drove the construction of
Frank H.T. Rhodes Hall
- Deployed an IBM 3090–600E and coupled it with a second 3090–600E to investigate course-grained parallel computing
- First IBM 3090-400VF in production outside IBM
- Deployed an IBM 3084QX, along with vector capability on a FPS-164/MAX and parallel pipeline computation on FPS-264s
- First of five National Science Foundation supercomputing centers established by
Nobel Laureate Kenneth Wilson who inspired the scientific community with the notion
that computation is equal with theory and experiment in scientific inquiry. Wilson was among the first to use the term “Grand Challenge Problems” to describe “fundamental problems in science and engineering that have broad economic and/or scientific impact and whose solution can be advanced by applying high performance computing techniques and resources” (R. Tapia et al.). Wilson and others also coined the term “computational science” to refer to the search for new discoveries using computation as the main method. This idea was so powerful that it led to the U.S. Congress passing into law the High Performance Computing and Communication Initiative to stimulate scientific innovations through high-performance computation (P. Denning).
Organizations from around the globe have benefited from the leadership and advanced computing skills of Center alumni.
Industry employers include Blackboard, Bloomberg, Boeing, Cisco Systems, GeoDecisions, Google, High Performance Technologies, HP, IBM, Intel, L3, Machine Vision Consulting, Microsoft, MITRE, Moody’s, Pfizer, Qualcomm, RedGiant Analytics, SAS, SunGard, United Educators, and Wind River Systems.
University employers in the US include Arizona State, Duke University, Iowa State, NYU, Oregon State, Penn State, San Diego State, Syracuse University, University of California-Davis, University of Massachusetts-Amherst, University of Minnesota, University of Texas-Austin, and Washington University-St. Louis.
International employers include Cambridge University, Nanyang Technological University-Singapore, National Taiwan University, Oxford University, Pierre and Marie Curie University-Paris, Royal Institute of Technology-Stockholm, University of Basel, and the University of Waterloo.
Lawrence Livermore National Laboratory, Los Alamos National Laboratory, NERSC, SLAC National Accelerator, and the USDA Agricultural Research Service are among the national laboratories that have employed our alumni.